public void RetreatUpdate(float dt)
{
if (EnemyInRange(champion.GetInfo().viewRadius) && currentLane != null)
{
targetPos = nextTarget;
Vector3 diff = nextTarget - champion.GetPosition();
float length = diff.Length();
diff /= length;
if (length < 5)
{
targetID--;
if (targetID < 0)
{
targetID = 0;
}
nextTarget = currentLane.Waypoints[targetID];
}
}
else
{
if (!champion.GoingBack)
{
champion.GoBack();
targetPos = champion.GetPosition();
}
}
if (champion.GetHealth() > champion.GetInfo().maxHealth * 0.4f)
{
currentLane = null;
targetID = 0;
state = TestControllerState.Laning;
}
}
public void AttackUpdate(float dt)
{
targetPos = currentEnemy.GetPosition();
Vector3 diff = currentEnemy.GetPosition() - champion.GetPosition();
float length = diff.Length();
diff /= length;
if (champion.InRange(currentEnemy))
{
champion.Attack(currentEnemy);
targetPos = champion.GetPosition();
}
if (currentEnemy.IsDead())
{
currentEnemy = null;
state = TestControllerState.Laning;
}
}
public void AttackUpdate(float dt)
{
targetPos = currentEnemy.GetPosition();
Vector3 diff = currentEnemy.GetPosition() - champion.GetPosition();
float length = diff.Length();
diff /= length;
if (champion.InRange(currentEnemy))
{
champion.Attack(currentEnemy);
targetPos = champion.GetPosition();
}
if (currentEnemy.IsDead())
{
currentEnemy = null;
state = TestControllerState.Laning;
}
}
public void LaneUpdate(float dt)
{
if (currentLane == null)
{
Team team = champion.GetTeam();
targetID = 0;
int index = MobaGame.random.Next(map.Lanes.Length);
if (map.Lanes[index].Team == team)
{
currentLane = map.Lanes[index];
}
if (currentLane != null)
{
nextTarget = currentLane.Waypoints[0];
}
}
targetPos = nextTarget;
Vector3 diff = nextTarget - champion.GetPosition();
float length = diff.Length();
diff /= length;
if (length < 5)
{
targetID++;
if (targetID >= currentLane.Waypoints.Length)
{
targetID = currentLane.Waypoints.Length - 1;
}
nextTarget = currentLane.Waypoints[targetID];
}
TryFindTarget();
if (currentEnemy != null)
{
state = TestControllerState.Attacking;
}
}
public override void Update(float dt)
{
//Make sure we retreat when we're dying
if (champion.GetHealth() < champion.GetInfo().maxHealth * 0.2f && state != TestControllerState.Retreating)
{
state = TestControllerState.Retreating;
currentEnemy = null;
if (currentLane != null)
{
targetID--;
if (targetID < 0)
{
targetID = 0;
}
nextTarget = currentLane.Waypoints[targetID];
targetPos = nextTarget;
}
}
switch (state)
{
case TestControllerState.Retreating: RetreatUpdate(dt); break;
case TestControllerState.Laning: LaneUpdate(dt); break;
case TestControllerState.Attacking: AttackUpdate(dt); break;
}
Vector3 tp;
if (evade)
{
tp = evasionTarget;
}
else
{
tp = targetPos;
}
Vector3 tdiff = tp - champion.GetPosition();
float tlength = tdiff.Length();
tdiff /= tlength;
if (tlength > 0)
{
Vector3 predictedPosition = champion.GetPosition() + tdiff * champion.GetInfo().movespeed * 0.5f;
if (map.InCollision(predictedPosition))
{
evade = true;
ICollidable collider = map.GetCollider(predictedPosition);
if (collider != null)
{
Vector3 vertex = collider.Bounds.GetEdgeToCircumvent(champion.GetPosition(), tp);;
Vector3 dir = vertex - collider.Bounds.Center;
dir /= dir.Length();
evasionTarget = vertex + dir;
}
}
champion.Move(tdiff * champion.GetInfo().movespeed *dt);
}
if (evade && tlength < 1)
{
evade = false;
}
}
public TestController(Map map, Champion champion)
: base(map, champion)
{
state = TestControllerState.Laning;
}
public void LaneUpdate(float dt)
{
if (currentLane == null)
{
Team team = champion.GetTeam();
targetID = 0;
int index = MobaGame.random.Next(map.Lanes.Length);
if (map.Lanes[index].Team == team)
currentLane = map.Lanes[index];
if (currentLane != null)
nextTarget = currentLane.Waypoints[0];
}
targetPos = nextTarget;
Vector3 diff = nextTarget - champion.GetPosition();
float length = diff.Length();
diff /= length;
if (length < 5)
{
targetID++;
if (targetID >= currentLane.Waypoints.Length)
targetID = currentLane.Waypoints.Length - 1;
nextTarget = currentLane.Waypoints[targetID];
}
TryFindTarget();
if (currentEnemy != null)
state = TestControllerState.Attacking;
}
public TestController(Map map, Champion champion)
: base(map, champion)
{
state = TestControllerState.Laning;
}
public override void Update(float dt)
{
//Make sure we retreat when we're dying
if (champion.GetHealth() < champion.GetInfo().maxHealth * 0.2f && state != TestControllerState.Retreating)
{
state = TestControllerState.Retreating;
currentEnemy = null;
if (currentLane != null)
{
targetID--;
if (targetID < 0) targetID = 0;
nextTarget = currentLane.Waypoints[targetID];
targetPos = nextTarget;
}
}
switch(state)
{
case TestControllerState.Retreating: RetreatUpdate(dt); break;
case TestControllerState.Laning: LaneUpdate(dt); break;
case TestControllerState.Attacking: AttackUpdate(dt); break;
}
Vector3 tp;
if (evade)
tp = evasionTarget;
else
tp = targetPos;
Vector3 tdiff = tp - champion.GetPosition();
float tlength = tdiff.Length();
tdiff /= tlength;
if (tlength > 0)
{
Vector3 predictedPosition = champion.GetPosition() + tdiff * champion.GetInfo().movespeed * 0.5f;
if (map.InCollision(predictedPosition))
{
evade = true;
ICollidable collider = map.GetCollider(predictedPosition);
if (collider != null)
{
Vector3 vertex = collider.Bounds.GetEdgeToCircumvent(champion.GetPosition(), tp); ;
Vector3 dir = vertex - collider.Bounds.Center;
dir /= dir.Length();
evasionTarget = vertex + dir;
}
}
champion.Move(tdiff * champion.GetInfo().movespeed * dt);
}
if (evade && tlength < 1)
evade = false;
}
public void RetreatUpdate(float dt)
{
if(EnemyInRange(champion.GetInfo().viewRadius) && currentLane!=null)
{
targetPos = nextTarget;
Vector3 diff = nextTarget - champion.GetPosition();
float length = diff.Length();
diff /= length;
if (length < 5)
{
targetID--;
if (targetID < 0)
targetID = 0;
nextTarget = currentLane.Waypoints[targetID];
}
}
else
{
if (!champion.GoingBack)
{
champion.GoBack();
targetPos = champion.GetPosition();
}
}
if (champion.GetHealth() > champion.GetInfo().maxHealth * 0.4f)
{
currentLane = null;
targetID = 0;
state = TestControllerState.Laning;
}
}
